Data processing system and method for generating guiding network based on regional layout image

ABSTRACT

The invention discloses a data processing system and method for generating a guiding network. The data processing system according to a preferred embodiment of the invention includes an editing module and a processing module. Through the editing module, an editor uploads a regional layout image, labels M rational coordinates based on the regional layout image, selects N positioning points from the M rational coordinates, selects K information triggering points from the M rational coordinates, and selectively creates links between neighboring rational coordinates in the M rational coordinates. The processing module functions in generating the guiding network according to the regional layout image, the M rational coordinates, the N positioning points, the K information triggering points and the links.

CROSS-REFERENCE TO RELATED APPLICATION

This utility application claims priority to Taiwan Application SerialNumber 104130134, filed Sep. 11, 2015, which is incorporated herein byreference.

BACKGROUND OF THE INVENTION

1. Field of the invention

The invention relates to a data processing system and method forgenerating guiding network, and more in particular, to a data processingsystem and method for generating a guiding network based on a regionallayout image.

2. Description of the prior art

As positioning systems and mobile communication apparatuses are popular,displaying of geographical maps on mobile communication apparatuses arepopular more and more due to navigation or other purposes. So far, if aguiding system or a navigation system need to be built for a specificregion such as an exhibition, a shopping mall, a museum, a playground, aschool, etc., it is just processed under specific project. In addition,if facilities in aforesaid specific regions change, it is difficult forthe guiding system or the navigation system to be amendedcorrespondingly in time.

Therefore, at present, there is no universal technology been developedto make users being guided in aforesaid specific regions by use ofmobile communication apparatuses.

SUMMARY OF THE INVENTION

Accordingly, one scope of the invention is to provide a data processingsystem and method for generating a guiding network based on a regionallayout image. Thereby, users can use mobile communication apparatuses tobe guided in aforesaid specific regions by use of the guiding networkgenerated by the data processing system and method of the invention.

A data processing system, according to a preferred embodiment of theinvention, functions in generating a guiding network. The dataprocessing of the invention includes an editing module and a processingmodule. An editor through the editing module performs to upload aregional layout image, to label M rational coordinates based on theregional layout image, to select N positioning points from the Mrational coordinates, to select K information triggering points from theM rational coordinates, and to selectively create a plurality of linksbetween neighboring rational coordinates in the M rational coordinates,where M is a natural number, N and K are respectively a positive integerless than or equal to M, and (N+K) is less than or equal to M. Theprocessing module functioning in generating the guiding networkaccording to the regional layout image, the M rational coordinates, theN positioning points, the K information triggering points and the links.

In one embodiment, the processing module also generates a guidingprogram including the guiding network. The guiding program can beexecuted on a mobile communication platform.

In one embodiment, the regional layout image corresponds to a physicallyregional layout. In the physically regional layout, each of a pluralityof identification signal transmitter is installed at one of a pluralityof positions which each corresponds to one of the N positioning pointsand the K information triggering points. The editor uploads through theediting module a plurality of identification codes. Each of theidentification codes corresponds to one of the identification signaltransmitters, the positioning points and the information triggeringpoints. The guiding network also includes the identification codes.

In one embodiment, the data processing system of the invention furtherincludes a transmitting module. The transmitting module is coupled tothe processing module, and capable of communicating with a mobilecommunication apparatus operated by a user. The mobile communicationapparatus includes the mobile communication platform and a displayingdevice. The user transmits a request information to the processingmodule through the mobile communication apparatus. The processing moduletransmits the guiding program to the mobile communication apparatusthrough the transmitting module in accordance with the requestinformation. The mobile communication apparatus executes the guidingprogram to display the regional layout image and the K informationtriggering points on the displaying device. When the mobilecommunication apparatus receives the identification signal transmittedfrom one of the identification signal transmitters, the mobilecommunication apparatus executes the guiding program also to display auser current position on the displaying device, where the user currentposition corresponds to said one positioning point or said oneinformation triggering point corresponding to the receivedidentification signal. When the user selects a destination correspondingto one of the information triggering points under a condition ofdisplaying the user current position, the mobile communication apparatusexecutes the guiding program also to determine a guiding route accordingto the user current position, the destination and the guiding network,and to display the guiding route on the displaying device.

A data processing method, according to another preferred embodiment ofthe invention, functions in generating a guiding network. The dataprocessing method of the invention is, firstly, to upload a regionallayout image. Next, the data processing method of the invention is tolabel M rational coordinates on the basis of the regional layout image,where M is a natural number. Then, the data processing method of theinvention is to select N positioning points from the M rationalcoordinates, where N is a positive integer less than or equal to M.Afterwards, the data processing method of the invention is to select Kinformation triggering points from the M rational coordinates, where Kis a positive integer less than or equal to M, (N+K) is less than orequal to M. Subsequently, the data processing method of the invention isto selectively create a plurality of links between neighboring rationalcoordinates in the M rational coordinates. Finally, the data processingmethod of the invention is to generate the guiding network according tothe regional layout image, the M rational coordinates, the N positioningpoints, the K information triggering points and the links.

In one embodiment, the data processing method of the invention isfurther to generate a guiding program including the guiding network,where the guiding program can be executed on a mobile communicationplatform.

In one embodiment, the regional layout image corresponds to a physicallyregional layout. In the physically regional layout, each of a pluralityof identification signal transmitter is installed at one of a pluralityof positions which each corresponds to one of the N positioning pointsand the K information triggering points. A plurality of identificationcodes, which each corresponds to one of the identification signaltransmitters, the positioning points and the information triggeringpoints, are uploaded. The guiding network includes the identificationcodes.

In one embodiment, a user operates a mobile communication apparatus toload the guiding program therein. The mobile communication apparatusincludes the mobile communication platform and a displaying device. Themobile communication apparatus executes the guiding program to displaythe regional layout image and the K information triggering points on thedisplaying device. When the mobile communication apparatus receives theidentification signal transmitted from one of the identification signaltransmitters, the mobile communication apparatus executes the guidingprogram also to display a user current position on the displayingdevice, where the user current position corresponds to said onepositioning point or said one information triggering point correspondingto the received identification signal. When the user selects adestination corresponding to one of the information triggering pointsunder a condition of displaying the user current position, the mobilecommunication apparatus executes the guiding program also to determine aguiding route according to the user current position, the destinationand the guiding network, and to display the guiding route on thedisplaying device.

In one embodiment, the regional layout image, the N positioning pointsand the K information triggering points all are assigned an identicalgroup code. The mobile communication apparatus executes the guidingprogram to perform the steps of: when the mobile communication apparatusreceives said one identification signal, retrieving the group codecorresponding to said one identification code first, and then displayingthe regional layout image and the K information triggering pointscorresponding to the group code.

Distinguishable from the prior art, the data processing system andmethod of the invention can provide unprecedented and low-cost solutionfor generating a guiding network. Thereby, users can use mobilecommunication apparatuses to be guided in aforesaid specific regions byuse of the guiding network generated by the data processing system andmethod of the invention. If facilities in aforesaid specific regionschange, the data processing system and method of the invention can amendthe guiding network correspondingly in time. If aforesaid specificregions have different sub-regions such as different floors in ashopping mall, by the data processing system and method of theinvention, the user's mobile communication apparatus can automaticallyswitch into the regional layout image corresponding to the sub-region asthe user passes the sub-region.

The advantage and spirit of the invention may be understood by thefollowing recitations together with the appended drawings.

BRIEF DESCRIPTION OF THE APPENDED DRAWINGS

FIG. 1 is a schematic diagram showing the architecture of a dataprocessing system according to a preferred embodiment of the invention.

FIGS. 2 to 6 schematically showing the regional layout image, which isused to generated the guiding network, during being edited.

FIGS. 7 to 9 schematically showing the displaying device of the mobilecommunication apparatus during executing the guiding program.

FIG. 10 is a flowchart diagram illustrating a data processing methodaccording to another preferred embodiment of the invention.

FIG. 11 is a flowchart illustrating further steps of the data processingmethod of the invention and steps of execution on the mobilecommunication apparatus.

DETAILED DESCRIPTION OF THE INVENTION

Referring to FIGS. 1 through 6, FIG. 1 schematically shows anarchitecture of a data processing system 1 according to a preferredembodiment of the invention. FIGS. 2 to 6 schematically showing theregional layout image 20, which is used to generated the guiding network28, during being edited.

As shown in FIG. 1, the data processing system 1 of the inventionincludes an editing module 10 and a processing module 12. The dataprocessing system 1 of the invention can be linked to a network 3.

An editor 4 holds a data processing apparatus 42 capable of being linkedto the network 3. In practical application, the data processingapparatus 42 can be a desktop computer, a notebook computer, a tabletcomputer, a mobile phone, or other data processing apparatus. The editor4 operates the data processing apparatus 42 to communicate with andaccess data from the data processing system 1 of the invention throughthe network 3.

The editor 4 operates the data processing apparatus 42 through theediting module 10 to upload a regional layout image 20, e.g., theregional layout image 20 of the exhibition as shown in FIG. 2. Theregional layout image 20 of the exhibition shown in FIG. 2 substantiallyis divided into a walkable region and a non-walkable region.

As shown in FIG. 3, the editor 3 though the editing module 10 labels Mrational coordinates 21 on the regional layout image 20 based on theregional layout image 20, where M is a natural number. The so-calledrational coordinates 21 herein represent the position coordinates whichthe editor 4 labels in the walkable region of the regional layout image20 by the shown regional layout image 20. In FIG. 3, the blocks labeledin numbers 1˜20 represent rational coordinates 21. The numbers in theblocks are given automatically in order as the editor 4 labels therational coordinates 21 one by one, and do not relate to proximityrelationship between the rational coordinates 21.

In one embodiment, as shown in FIG. 3, the regional layout image 20thereof defines a length side 202 and a width side 204 perpendicular tothe length side 202, and has a total length and a total width. Each ofthe rational coordinates 21 is defined as the percentage of the distancethereof from the width side 204 in the total length and the percentageof the distance thereof from the length side 202 in the total width, butnot limited to. For example, the rational coordinate 21 labeled innumber 1 has coordinate values of (95%, 5%), these coordinate valuesmean that the rational coordinate 21 labeled in number 1 has thepercentage of 95% of the distance thereof from the width side 204 in thetotal length and the percentage of 5% of the distance from the lengthside 202 in the total width. The rational coordinate 21 labeled innumber 3 has coordinate values of (95%, 30%), these coordinate valuesmean that the rational coordinate 21 labeled in number 3 has thepercentage of 95% of the distance thereof from the width side 204 in thetotal length and the percentage of 30% of the distance from the lengthside 202 in the total width.

In another embodiment, each of the rational coordinates 21 is defined asthe relationship among other rational coordinates 21, but not limitedto. For example, one of the rational coordinates 21 is defined as(neighboring rational coordinate, distance). For example, as shown inFIG. 4, the rational coordinate 21 labeled in character A has 12 unitsapart from the rational coordinate 21 labeled in character B, 15 unitsapart from the rational coordinate 21 labeled in character C, and 8units apart from the rational coordinate 21 labeled in character D.Therefore, the rational coordinate 21 labeled in character A is definedas (B: 12, C: 15, D: 8).

As shown in FIG. 5, the editor 4 through the editing module 10 selects Npositioning points 22 from the M rational coordinates 21, where N is apositive integer less than or equal to M.

Also as shown in FIG. 5, the editor 4 through the editing module 10 alsoselects K information triggering points 24 from the M rationalcoordinates 21, where K is a positive integer less than or equal to M,and (N+K) is less than or equal to M.

As shown in FIG. 6, the editor 4 through the editing module 10 alsoselectively creates a plurality of links 26 between neighboring rationalcoordinates 21 in the M rational coordinates 21.

The processing module 12 is coupled to the editing module 10. Theprocessing module 12 functioning in generating the guiding network 28according to the regional layout image 20, the M rational coordinates21, the N positioning points 22, the K information triggering points 24and the links 26. The guiding network 28 also records the distancesbetween the linked rational coordinates 21.

In one embodiment, the processing module also generates a guidingprogram including the guiding network. The guiding program can beexecuted on a mobile communication platform.

In general, most of aforesaid specific regions, such as exhibitions,shopping malls, museums, playgrounds, schools, etc., have regionallayout images thereof Therefore, the data processing system 1 accordingto the preferred embodiment of the invention can easily generate theguiding network 28 with low cost. In addition, if facilities inaforesaid specific regions change, the data processing system 1 of theinvention can amend the guiding network 28 correspondingly in time.

In one embodiment, the processing module 12 also generates a guidingprogram including the guiding network 28. The guiding program can beexecuted on a mobile communication platform. For example, the guidingprogram can be an application capable of being executed on iOS, Android,Window or other mobile communication platform.

In one embodiment, the regional layout image 20 corresponds to aphysically regional layout. In the physically regional layout, each of aplurality of identification signal transmitter is installed at one of aplurality of positions which each corresponds to one of the Npositioning points 22 and the K information triggering points 24. Theeditor 4 uploads through the editing module 10 a plurality ofidentification codes. Each of the identification codes corresponds toone of the identification signal transmitters, the positioning points 22and the information triggering points 24. In particular, the guidingnetwork 28 also includes the identification codes.

In one embodiment, as shown in FIG. 1, the data processing system of theinvention further includes a transmitting module 14. The transmittingmodule 14 is coupled to the processing module 13, and capable ofcommunicating with a mobile communication apparatus 52 operated by auser 5. The mobile communication apparatus 52 includes the mobilecommunication platform and a displaying device 522.

The user 5 transmits a request information to the processing module 12through the mobile communication apparatus 52 and the transmittingmodule 14. The processing module 12 transmits the guiding program to themobile communication apparatus 52 through the transmitting module 14 inaccordance with the request information. In practical application, theguiding program can be an application capable of being executed on themobile communication platform.

The mobile communication apparatus 52 executes the guiding program todisplay the regional layout image 20 and the K information triggeringpoints 24 on the displaying device 522. When the mobile communicationapparatus 52 receives the identification signal transmitted from one ofthe identification signal transmitters, the mobile communicationapparatus 52 executes the guiding program also to display a user currentposition 54 on the displaying device 522, where the user currentposition 54 corresponds to said one positioning point 22 or said oneinformation triggering point 24 corresponding to the receivedidentification signal, e.g., the user current position 54 correspondingto the rational coordinate 21 labeled in number 1 as shown in FIG. 7.When the user 5 selects a destination corresponding to one of theinformation triggering points 24 under a condition of displaying theuser current position 54 (for example, the information triggering point24 corresponding to the rational coordinate 21 labeled in number 10),the mobile communication apparatus 52 executes the guiding program alsoto determine a guiding route 56 according to the user current position54, the destination and the guiding network 28, and to display theguiding route 56 on the displaying device 522, as shown in FIG. 8.

In one embodiment, the guiding program calculates the shortest distanceto determine the guiding route 56 in accordance with the distancesbetween linked rational coordinate 21 recorded in the guiding network28.

In practical application, only one positioning point 22 exists on theguiding route 56 as shown in FIG. 8, i.e., the positioning point 22corresponding to the rational coordinate 21 labeled in number 9.Therefore, as shown in FIG. 9, during walking of the user 5 along thereal route corresponding to the guiding route 56, the user currentposition 54 is only shown at the positioning point 22 corresponding tothe rational coordinate 21 labeled in number 9.

In one embodiment, the identification signal can be transmitted in aBluetooth protocol, a Wi-Fi protocol, an LTE protocol, IEEE 802.11-basedprotocols, a Zigbee protocol, a Z-wave protocol or other wirelesscommunication protocols.

In practical application, when the user 5 holds the mobile communicationapparatus 52 and walks to one information triggering point 24, themobile communication apparatus 42 is triggered to load the guidinginformation corresponding to said one information triggering point 24,and to play back the loaded guiding information.

In one embodiment, the regional layout image 20, the N positioningpoints 22 and the K information triggering points 24 all are assigned anidentical group code. The mobile communication apparatus 52 executes theguiding program to perform the steps of: when the mobile communicationapparatus 52 receives said one identification signal, retrieving thegroup code corresponding to said one identification code first, and thendisplaying the regional layout image 20 and the K information triggeringpoints 24 corresponding to the group code. Thereby, if aforesaidspecific regions have different sub-regions such as different floors ina shopping mall, by the data processing system 1 of the invention, theuser's mobile communication apparatus 52 can automatically switch intothe regional layout image 20 corresponding to the sub-region as the userpasses the sub-region.

Referring to FIG. 10, FIG. 10 is a flowchart diagram illustrating thedata processing method 6, according to another preferred embodiment ofthe invention, for generating the guiding network 28 as shown in FIG. 6.The data processing method 6 of the invention, firstly, performs stepS60 to upload a regional layout image.

Next, the data processing method 6 of the invention performs step S62 tolabel M rational coordinates on the basis of the regional layout image,where M is a natural number.

Then, the data processing method 6 of the invention performs step S64 toselect N positioning points from the M rational coordinates, where N isa positive integer less than or equal to M.

Afterwards, the data processing method 6 of the invention performs stepS66 to select K information triggering points from the M rationalcoordinates, where K is a positive integer less than or equal to M,(N+K) is less than or equal to M.

Subsequently, the data processing method 6 of the invention performsstep S68 to selectively create a plurality of links between neighboringrational coordinates in the M rational coordinates.

Finally, the data processing method 6 of the invention performs step S70to generate the guiding network according to the regional layout image,the M rational coordinates, the N positioning points, the K informationtriggering points and the links.

In one embodiment, as shown in FIG. 11, furtherly, the data processingmethod 6 of the invention performs step S72 to generate a guidingprogram including the guiding network. The guiding program can beexecuted on a mobile communication platform. For example, the guidingprogram can be an application capable of being executed on iOS, Android,Window or other mobile communication platform.

In one embodiment, the regional layout image corresponds to a physicallyregional layout. In the physically regional layout, each of a pluralityof identification signal transmitter is installed at one of a pluralityof positions which each corresponds to one of the N positioning pointsand the K information triggering points. A plurality of identificationcodes, which each corresponds to one of the identification signaltransmitters, the positioning points and the information triggeringpoints, are uploaded. The guiding network includes the identificationcodes.

In one embodiment, a user operates a mobile communication apparatus toperform step S74 in FIG. 11 to load the guiding program therein. Themobile communication apparatus includes the mobile communicationplatform and a displaying device. The mobile communication apparatusexecutes the guiding program to perform, firstly, step S76 in FIG. 11 todisplay the regional layout image and the K information triggeringpoints on the displaying device. Next, the mobile communicationapparatus executes the guiding program to perform step S78, when themobile communication apparatus receives the identification signaltransmitted from one of the identification signal transmitters, themobile communication apparatus executes the guiding program also todisplay a user current position on the displaying device, where the usercurrent position corresponds to said one positioning point or said oneinformation triggering point corresponding to the receivedidentification signal. Finally, the mobile communication apparatusexecutes the guiding program to perform step S80, when the user selectsa destination corresponding to one of the information triggering pointsunder a condition of displaying the user current position, the mobilecommunication apparatus executes the guiding program also to determine aguiding route according to the user current position, the destinationand the guiding network, and to display the guiding route on thedisplaying device.

In one embodiment, the regional layout image, the N positioning pointsand the K information triggering points all are assigned an identicalgroup code. The mobile communication apparatus executes the guidingprogram to perform the steps of: when the mobile communication apparatusreceives said one identification signal, retrieving the group codecorresponding to said one identification code first, and then displayingthe regional layout image and the K information triggering pointscorresponding to the group code. Thereby, if aforesaid specific regionshave different sub-regions such as different floors in a shopping mall,by the data processing method 6 of the invention, the user's mobilecommunication apparatus can automatically switch into the regionallayout image corresponding to the sub-region as the user passes thesub-region.

Distinguishable from the prior art, the data processing system andmethod of the invention can provide unprecedented and low-cost solutionfor generating a guiding network. Thereby, users can use mobilecommunication apparatuses to be guided in aforesaid specific regions byuse of the guiding network generated by the data processing system andmethod of the invention. If facilities in aforesaid specific regionschange, the data processing system and method of the invention can amendthe guiding network correspondingly in time. If aforesaid specificregions have different sub-regions such as different floors in ashopping mall, by the data processing system and method of theinvention, the user's mobile communication apparatus can automaticallyswitch into the regional layout image corresponding to the sub-region asthe user passes the sub-region.

With detailed description of above preferred embodiment of theinvention, it can be easily understood that the data processing systemand method of the invention can provide unprecedented and low-costsolution for generating a guiding network. Thereby, users can use mobilecommunication apparatuses to be guided in aforesaid specific regions byuse of the guiding network generated by the data processing system andmethod of the invention. If facilities in aforesaid specific regionschange, the data processing system and method of the invention can amendthe guiding network correspondingly in time. If aforesaid specificregions have different sub-regions such as different floors in ashopping mall, by the data processing system and method of theinvention, the user's mobile communication apparatus can automaticallyswitch into the regional layout image corresponding to the sub-region asthe user passes the sub-region.

With the example and explanations above, the features and spirits of theinvention will be hopefully well described. Those skilled in the artwill readily observe that numerous modifications and alterations of thedevice may be made while retaining the teaching of the invention.Accordingly, the above disclosure should be construed as limited only bythe metes and bounds of the appended claims.

What is claimed is:
 1. A data processing system for generating a guidingnetwork, comprising: an editing module through which an editor performsthe step of: uploading a regional layout image; labeling M rationalcoordinates based on the regional layout image, wherein M is a naturalnumber; selecting N positioning points from the M rational coordinates,wherein N is a positive integer less than or equal to M; selecting Kinformation triggering points from the M rational coordinates, wherein Kis a positive integer less than or equal to M, (N+K) is less than orequal to M; and selectively creating a plurality of links betweenneighboring rational coordinates in the M rational coordinates; and aprocessing module functioning in generating the guiding networkaccording to the regional layout image, the M rational coordinates, theN positioning points, the K information triggering points and the links.2. The data processing system of claim 1, wherein the processing modulealso generates a guiding program comprising the guiding network, theguiding program is capable of being executed on a mobile communicationplatform.
 3. The data processing system of claim 2, wherein the regionallayout image corresponds to a physically regional layout, in thephysically regional layout, each of a plurality of identification signaltransmitter is installed at one of a plurality of positions which eachcorresponds to one of the N positioning points and the K informationtriggering points, the editor uploads through the editing module aplurality of identification codes which each corresponds to one of theidentification signal transmitters, the positioning points and theinformation triggering points, the guiding network comprises theidentification codes.
 4. The data processing system of claim 3, furthercomprising: a transmitting module, being coupled to the processingmodule and capable of communicating with a mobile communicationapparatus operated by a user, the mobile communication apparatuscomprising the mobile communication platform and a displaying device;wherein the user transmits a request information to the processingmodule through the mobile communication apparatus, the processing moduletransmits the guiding program to the mobile communication apparatusthrough the transmitting module in accordance with the requestinformation, the mobile communication apparatus executes the guidingprogram to perform steps of: on the displaying device, displaying theregional layout image and the K information triggering points; when themobile communication apparatus receives the identification signaltransmitted from one of the identification signal transmitters,displaying a user current position on the displaying device, wherein theuser current position corresponds to said one positioning point or saidone information triggering point corresponding to the receivedidentification signal; and when the user selects a destinationcorresponding to one of the information triggering points under acondition of displaying the user current position, determining a guidingroute according to the user current position, the destination and theguiding network, and displaying the guiding route on the displayingdevice.
 5. The data processing system of claim 4, wherein the regionallayout image, the N positioning points and the K information triggeringpoints all are assigned an identical group code, the mobilecommunication apparatus executes the guiding program to performs thestep of: when the mobile communication apparatus receives said oneidentification signal, retrieving the group code corresponding to saidone identification code first, and then displaying the regional layoutimage and the K information triggering points corresponding to the groupcode.
 6. A data processing method for generating a guiding network,comprising the steps of: uploading a regional layout image; based on theregional layout image, labeling M rational coordinates, wherein M is anatural number; selecting N positioning points from the M rationalcoordinates, wherein N is a positive integer less than or equal to M;selecting K information triggering points from the M rationalcoordinates, wherein K is a positive integer less than or equal to M,(N+K) is less than or equal to M; selectively creating a plurality oflinks between neighboring rational coordinates in the M rationalcoordinates; and generating the guiding network according to theregional layout image, the M rational coordinates, the N positioningpoints, the K information triggering points and the links.
 7. The dataprocessing method of claim 6, further comprising the step of: generatinga guiding program comprising the guiding network, wherein the guidingprogram is capable of being executed on a mobile communication platform.8. The data processing method of claim 7, wherein the regional layoutimage corresponds to a physically regional layout, in the physicallyregional layout, each of a plurality of identification signaltransmitter is installed at one of a plurality of positions which eachcorresponds to one of the N positioning points and the K informationtriggering points, a plurality of identification codes, which eachcorresponds to one of the identification signal transmitters, thepositioning points and the information triggering points, are uploaded,the guiding network comprises the identification codes.
 9. The dataprocessing method of claim 8, wherein a user operates a mobilecommunication apparatus to load the guiding program therein, the mobilecommunication apparatus comprising the mobile communication platform anda displaying device, the mobile communication apparatus executes theguiding program to perform steps of: on the displaying device,displaying the regional layout image and the K information triggeringpoints; when the mobile communication apparatus receives theidentification signal transmitted from one of the identification signaltransmitters, displaying a user current position on the displayingdevice, wherein the user current position corresponds to said onepositioning point or said one information triggering point correspondingto the received identification signal; and when the user selects adestination corresponding to one of the information triggering pointsunder a condition of displaying the user current position, determining aguiding route according to the user current position, the destinationand the guiding network, and displaying the guiding route on thedisplaying device.
 10. The data processing method of claim 9, whereinthe regional layout image, the N positioning points and the Kinformation triggering points all are assigned an identical group code,the mobile communication apparatus executes the guiding program toperform the steps of: when the mobile communication apparatus receivessaid one identification signal, retrieving the group code correspondingto said one identification code first, and then displaying the regionallayout image and the K information triggering points corresponding tothe group code.